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Temperature is one of the most frequently measured variables in process industries. Process industries where there is fluid flow inside pipe, accurate temperature measurement is crucial for process control, industry automation and safety. Most commonly used method for these temperature measurements in process industries are invasive type technique, which is popular because of accurate temperature measurement but it come with many challenges in implementation. Conventional sensors and their associated problems There are two popular conventional sensors to measure the temperature of process medium inside a pipe/tube. One is conventional invasive type of sensors (which are RTDs or thermocouples sensors with or without thermowells); other is conventional non-invasive surface mount sensors. Although invasive temperature sensor gives high accuracy in temperature measurements but it comes with many drawbacks such as:-

Lab Grown Diamond industry is growing up rapidly with the increase in demand for synthetic diamond. The Lab Grown diamonds are similar to natural diamonds in terms of physical , chemical and optical properties but due to fast production time ,they are cheaper than natural diamond. PCVD method is most commonly used to produced Lab Grown diamonds for Jewellery and HPHT (high pressure high temperature ) method is used for diamond for Industrial purpose. PCVD Application Plasma Chemical Vapour Deposition (PCVD) is a technique by which lab growing diamonds can be grown from a hydrocarbon gas mixture. In the CVD process, a thin slice of diamond seed (often an HPHT produced diamond) is placed in a sealed chamber at high temperature and high pressure. The chamber is then filled with a carbon rich gas (usually methane) along with other gases. Then, the gases are ionised into plasma using microwaves,

The print quality of any material like automotive decals, garments, and sticker depends on curing the inks in conveyor driers and wicket driers at specific temperatures and duration. Curing inks is comparable to baking cakes in that it takes time. Gas heats the ovens, and air circulates to transfer the heat to the ink (cakes) and cloth (pan). Heat is transported to the ink during the heating/curing process via convection from the air, but it is also transferred by conduction. The nearby ink (outer layer of cake) and the cloth are the two sources of heat conduction. The fact that time is just as essential as the temperature setting is due to conduction. Even if your oven is set at a high temperature, it will take time for the heat to be transported to the center of the ink. A pan is normally an excellent heat conductor for baking, however, for ink drying, the material/cloth is a heat sink rather than a heat conductor. The quantity of heat sink is determined by the material/fiber

  SUBSTATION MONITORING SYSTEM A Typical substation (SwitchYard) consists of CT ( Current Transformer), PT ( Power Transformer), CB ( Circuit Breakers), Surge or Lightning Arrester, Busbars, Earth Connectors, Potential Transformer, etc. These components are connected that form “joints”. Normally, over a period of time, these joints develop hot spots which require timely and daily monitoring. These hot spots may cause the breakdown of the substation which may result in a shutdown of plants which is dependent on power from the substation. It may also cause accidents. So, it is important to monitor “hot spots” in a substation regularly to prevent such breakdowns or accidents. SparkView- Thermal Camera For Substation Monitoring: Substation Monitoring System detects hot-spots in switch-yard or substation, prepares reports against every potential host-spots in “joints”, keeps a record for analysis, and displays them in the cont